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1 DIMENSION ROBUST PID CONTROLLER BASED ON GENERAL PLANT

Weidong Zhang

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Abstract

An 1 dimension robust PID controller design procedure is developed for the general plant on the basis of modern robust control theory.It has several advantages.First,the parameters of PID controller can be obtained analytically.Second,the controller has only one adjustable parameter which is related to system robustness directly.Finally,the controller can be used for plants with large time delay.The results are compared with those of conventional techniques which suggests that this method ensures good performance and robustness.

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What this paper is about

An 1 dimension robust PID controller design procedure is developed for the general plant on the basis of modern robust control theory.It has several advantages.First,the parameters of PID controller can be obtained analytically.Second,the controller has only one adjustable parameter which is related to system robustness directly.Finally,the controller can be used for plants with large time delay.The results are compared with those of conventional techniques which suggests that this method ensures good performance and robustness.

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Available abstract

An 1 dimension robust PID controller design procedure is developed for the general plant on the basis of modern robust control theory.It has several advantages.First,the parameters of PID controller can be obtained analytically.Second,the controller has only one adjustable parameter which is related to system robustness directly.Finally,the controller can be used for plants with large time delay.The results are compared with those of conventional techniques which suggests that this method ensures good performance and robustness.

Key concepts: Robustness (evolution), PID controller, Control theory (sociology), Computer science, Dimension (graph theory), Robust control, Control engineering, Mathematics

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